Last month, the Thirty Meter Telescope successfully completed the Test Results Review of the Telescope Tertiary Mirror (M3) Prototype. Chinese Academy of Sciences’ Changchun Institute of Optics, Fine Mechanics and Physics (CIOMP) engineers presented a series of tests on the M3 prototype, which received full approval from the members of the...
In mid-December 2016, an international panel of reviewers met at the Mitsubishi Electric Corporation (MELCO) facility in Amagasaki, Japan, for the last of three final design review presentations for the Thirty Meter Telescope’s (TMT’s) telescope structure.
A segment-handling robot developed in Japan for the Thirty Meter Telescope (TMT) has received the 2016 Good Design Award. The robot is a key technology in the world’s first Segment Handling System (SHS), designed to safely and efficiently replace numerous segment mirrors for the next generation's extremely large telescope to maintain perfectly reflective mirrors during TMT's operation.
Empire Industries Ltd. today announced that its Dynamic Structures division has been awarded a contract from Canadian Commercial Corporation for the final design and production readiness phases of the Thirty Meter Telescope enclosure. The contract is valued at approximately $10 million, and is expected to be completed over the next 20 months.
Production on glass segments that will make up Thirty Meter Telescope’s (TMT) primary mirror is underway in Japan, as significant progress continues being made on the telescope’s manufacturing work by many of the participating nations.
“This is a difficult day for Hawaii and TMT. As we attempted to begin our work today, we were met by protests that regrettably resulted in some arrests. Boulders blocked our access to the construction site and the Department of Land and Natural Resources deemed it unsafe for us to proceed," - says Henry Yang, chair of the TMT International Observatory board.
During the week of January 26, 2015, the Thirty Meter Telescope performed a series of "shake tests" in El Segundo, California. A major earthquake was simulated to confirm that the telescope's mirror segments would survive without damage.